Overview
Description
The RL78/G24 Motor Control Evaluation Kit is a permanent magnet synchronous motor (brushless DC motor) control evaluation kit that is equipped with an RL78/G24 microcontroller and allows easy evaluation of motor control. Using the sample software available for download from the Renesas website, you can start evaluating motor control right away.
Included Kit Hardware
- Inverter Board (RTK0EMGPLVB00000BJ)
- RL78/G24 CPU Card (RTK0EMG240C00000BJ)
- Communication Board (RTK0EMXC90Z00000BJ)
- Permanent Magnet Synchronous Motor (TG-55L-KA)
- Various cables, screws, spacers
Target Devices
- MCU: R7F101GLG2DFB
- Gate Driver: HIP2101IBZ
- MOSFET: RJK0703DPP-A0
- Regulator: ISL8560IRZ,ISL85003FRZ
- Operational amplifiers: READ2302GSP
Features
- Equipped with 16-bit RL78/G24 microcontroller
- It can be controlled by Hall sensors and encoders of permanent magnet synchronous motors (brushless DC motors) or sensorless control by phase voltage or sensing current.
- Supports 1-, 2-, and 3-shunt current sensing
- Supports zero-crossing detection with built-in comparator
- Compatible with Renesas Motor Workbench, a motor control development support tool
- Compatible with QE for Motor
- By replacing it with a compatible CPU card, you can evaluate motor control with other MCUs.
Applications
Design & Development
Support
Support Communities
Videos & Training
This video explains how the motor control solution for the RL78/G24 can be used to easily drive motors using sensorless vector control.
In Part two, we will begin by explaining how to design and adjust the parameters required for sensorless vector control with the RL78/G24. Next, we will outline the procedure for easily evaluating the validity of these parameters using the driving test function. After exporting the parameter information as header files and incorporating them into the sample program, we will introduce examples of motor control evaluation using the analyzer function of Renesas Motor Workbench.
Watch the first part of this video series here.
Chapter's Title
0:00 Parameter design and adjustment on the Etuner function of RMW
1:36 Driving test on the tuner function of RMW
2:45 Reflection of parameters on sample software
3:22 Evaluation of motor control on the analyzer function of RMW
Related Resources
Additional Videos
News & Blog Posts
Blog Post
Apr 1, 2025
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